AA4C Magni tat-Tindif tas-Silġ Niexef Magni tat-Tindif tas-CO2

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Dry Ice Cleaner għall-Karozzi

Introduzzjoni

Il-Magni tat-Tindif tas-Silġ Niexef AA4C tutilizza gerbub tas-silġ niexef biex tnaddaf l-uċuħ billi tisblastjahom b'arja bi pressjoni għolja. Din il-magna hija msemmija wkoll b'diversi ismijiet alternattivi, inklużi:

1. Blaster tas-Silġ Niexef
2. Magni tat-Tindif tas-CO2
3. Magni tal-Bblasting tas-Silġ Niexef
4. Cleaner tas-Silġ Niexef
5. Magni tal-Bblasting tas-CO2
6. Magni tat-Tindif Krijoġeniċi
7. Magni tat-Tindif tad-Diossidu tal-Karbonju Solidu
8. Magni tal-Bblasting tas-Silġ
9. Magni tat-Tindif bil-Ġett kiesaħ
10. Magni tat-Tindif tas-Sublimazzjoni

Dawn it-termini spiss jintużaw b'mod interkambjabbli biex jiddeskrivu tagħmir li juża silġ niexef bħala aġent tat-tindif biex ineħħi l-ħmieġ, il-ħmieġ, il-kisi u l-kontaminanti minn diversi uċuħ.

Karatteristiċi

X'inhu Dry Ice Blasting?

Dry ice cleaning uses tiny pellets of dry ice (frozen carbon dioxide) as a cleaning medium, propelled by compressed air at high speed toward surfaces requiring cleaning.

Benefits of Dry Ice Cleaning

Dry ice blasting is widely regarded as one of the best cleaning techniques available due to its unique properties:

• Non-abrasive
• Non-toxic
• Non-flammable

How Dry Ice Cleaning Works

Dry ice (frozen carbon dioxide) offers several advantages over traditional abrasive blast media such as sand, plastic beads, or baking soda. The cleaning process leverages three forces:

1. Physical Impact: Dry ice particles strike the surface, but being softer than traditional media, they avoid damaging the material.
2. Thermal Shock: The extremely low temperature (-78.8°C) causes the surface to contract, forming tiny cracks that loosen contaminants.
3. Sublimation: Upon impact, dry ice sublimates (changes from solid to gas) due to frictional heating. This blasts contaminants off the surface while leaving no residue or moisture.

Automotive Applications

Dry ice cleaning has numerous applications in the automotive industry:

1. Carbon deposits on piston tops: Clean the combustion chamber by inserting the spray gun into the chamber after removing the spark plug.
2. Engine intake valve cleaning: Disassemble the intake manifold and spray the intake valves directly.
3. Throttle valve cleaning: Clean the throttle body using the spray gun, typically completing the process in about 2 minutes.
4. Engine and turbocharger cleaning: Spray pollutants directly from a 3 cm distance using the nozzle.
5. Wheels and brake discs cleaning: Effectively remove contaminants without abrasive damage.

Technical Specifications

• Supply Voltage: AC 220V, 50–60 Hz
• Air Pressure: 6–8 kgf/m²
• Air Flow Rate: 1.1–2.0 m³/min
• Ice Outlet Flow: 100–400 g/min
• Dry Ice Capacity: 20 kg
• Dry Ice Specification: φ3 × 8 mm
• Hose Length: 5 m
• Motor Type: Brushless DC Planetary Geared Motor
• Power Unit Dimensions: 620 mm (24.4")
• Machine Size: 462 × 400 × 800 mm
• Color: Silver

Advantages of Dry Ice Cleaning Machines

1. Non-abrasive Cleaning: Suitable for delicate surfaces and sensitive equipment, leaving no residue.
2. Environmentally Friendly: Evaporates without secondary waste or pollutants.
3. Versatile Applications: Effective in industries ranging from automotive to food processing, removing contaminants like grease, oil, paint, and rust.
4. Time and Cost-Efficient: Minimizes downtime as equipment does not require disassembly.
5. Mhux konduttiv u Sikur : Ideali għal komponenti elettriċi, li jeliminaw ir-riskji ta 'xokk jew nar.

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